Free Energy Production from Magnet Metal Spreading from Magnesia and Manisa to the World

I've been watching a lot of videos on the internet about free energy sources.

There are so many people thinking about it.

Among these mental nerve projects, the most popular ones are the ones made with magnets.

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Yes, what we really call magnets are interesting pieces of metal that repel each other when you try to bring the same poles together, while different poles attract each other.

The magnet is something that human beings have realized even before history.

For centuries, the force we call magnetism has been a very useful force in various inventions developed. 

Especially since its relationship with electricity was discovered, this force is now utilized to obtain motion in almost every technological device we have at our fingertips by using electricity to convert this energy into motion energy.

Or vice versa, that is, it is also used to generate electricity from motion energy. Huge water turbines in dams, wind turbines and all kinds of electricity generation methods we know are made by utilizing magnetic energy.

However, the use of magnetism in all these systems is only as an intermediary. In other words, magnetism is an intermediary in the conversion of any energy into electricity, or in the conversion of electrical energy into kinetic energy.

So why do we use an expensive energy like electricity in electric motors?

Why don't we produce a motor with direct magnets?

Can't we make a motor that doesn't need any external energy and rotates only with magnet power?

With this logic, I think it is also possible to make an electric generator based on magnets.

Isn't a magnet something that can already be found in natural environments?

Isn't it possible to generate electricity by winding some windings on natural magnets after a simple shaping process?

Then you can use the free electricity wherever you want. 

Free energy!

Why is such a resource not utilized?

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As a matter of fact, there are many organizations working on this issue in the world. 

Even in our country, there are those who have made magnetic motors and applied for a patent.

But for some reason, this issue does not really attract that much attention on the world agenda.

There are a lot of private organizations investing billions of dollars to develop battery technology, and state projects for energy production are spending the world's money, but for some reason, there is no energy investment by any state on magnetic power plants, whose cost seems to be quite low compared to current energy production methods!

What could be the reason for this?

Isn't the source of the energy that can be obtained in this way the magnetic poles of the earth?

In other words, magnetic energy is not an energy that comes from nothing, but the magnetic energy of the earth is an almost infinite source of energy!

Moreover, magnetism is a resource that is available in every country, and as long as the power of the magnetic poles of the earth does not decrease, it seems that every country can easily benefit from this opportunity, doesn't it?

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Yes, when you say it like that, I think something is wrong about it.

If this were a free source of energy, I think there are many developed countries in the world that would be working on this issue and would want to use such an energy source.

At this stage, let's correct some misconceptions about magnetism.

What we call a magnet has nothing to do with the magnetic poles of the earth!

Yes, the earth has a magnetic property, and thanks to this magnetic property we are protected from some harmful rays coming from the sun. 

Some of the harmful rays from the sun are blocked by the ozone layer in our atmosphere.

However, the earth's magnetic property is not a great source of energy.

This magnetic property has no effect on the magnets we know. 

The magnetic poles of the earth are only useful for the magnets in our hands to change direction towards the poles.

What we call a compass points north and south in this way. 

In fact, the magnetic poles of the earth are not exactly in the same direction as the geographical poles, the magnetic poles make certain shifts over the years. I wrote about this in a previous article.

As a result, the energy that can be obtained from magnetism is related to the power of the magnets you have. It has nothing to do with the magnetic poles of the earth.

Magnets obtained from natural environments are not as strong as they are thought to be. 

Yes, they are much stronger than the earth's magnetic force, according to a source I read, it is possible to find natural magnets that are 6,000 times stronger than the earth's magnetic effect. But it is written in this source that most natural sources are 200 times stronger.

Natural magnet ores in the world are not as many as it is thought. 

Fe3O4 ore known as magnetite stone can be found in small amounts in places with iron deposits. 

However, as I said, magnetite is not an ore that can be found everywhere. 

By the way, it is also present in our country, albeit in small amounts.

In fact, an interesting piece of information for you, the source of the word magnet is our land. 

Magnet, or magnet in English, is a word derived from the Ancient Greek Magnetis Lithos, meaning the stone of Magnesia, referring to Manisa in the Aegean region.

Today we call Manisa, but the ancient name of the region was Magnesia, a city founded by the Ancient Greek colony Magnetes.

In the 6th century BC, the Greek philosopher Thales realized that the magnet stone attracted iron dust.

The name is derived from our country, but unfortunately we don't have that many natural magnets.

There are not many in the world either.

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In short, in order to use magnetism as an energy source, we first need to have the technology to produce artificial magnets.

Producing artificial magnets is quite expensive and laborious.

There are companies in the world that produce super magnets. 

There are a lot of advertisements on the internet, there are many kinds of magnets, big and small, for sale.

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In addition, super strong magnets can now be produced with today's technology.

These super magnets are mostly used in nuclear power plants to generate electricity from nuclear energy or in wind turbines.

Because producing super magnets is a very expensive technology.

These artificial magnets are generally known as neodymium magnets (neodymium, Nd) and are chemically an alloy with the formula Nd2Fe14B. 

Neodymium is element number 60 in the periodic table.

If you notice, the alloy formula also includes the element Boron, which is abundant in our country. 

The other element of the alloy is naturally iron.

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Unfortunately, 95% of the world's neodymium ores are mined in China. I don't know if we have it.

This means that if there is a technological development in the future and magnets find more use than today, the world will be dependent on China for raw materials. 

China has already banned the export of this rare element from China in its raw form.

For this reason, research on magnets is still ongoing in many universities around the world to see if another type of super magnet can be produced.

Thanks to the researches, even liquid magnets have already been produced.

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It is said that iron-nitride magnets can also be produced by combining iron and nitrogen. 

If this information is true, there is hope that magnet production will become considerably cheaper. Because both iron and nitrogen are abundant elements.

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It also seems possible to produce somarium cobalt, SmCo magnets. 

Although these elements are not as abundant as iron and nitrogen, they can be even stronger than neodymium magnets in terms of magnetic power, especially at high temperatures.

Heat is the enemy of magnets; when they heat up, their magnetic properties disappear as their molecular arrangement breaks down.

In short, the world is still working on this subject.

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Yes, I think clean energy production using super magnets is a method of energy production that should be considered, no matter how expensive it is to produce logically.

Cost is everything in energy production! But the state of the world with carbon emissions is obvious. We need to move towards clean energy sources as much as possible.

Therefore, if magnets can be a solution to this, research should be continued and a cheap method of magnet production should be found.

Because I think it is also possible to produce really magnetic motors, at least as a practical application.

Even though magnets lose their magnetic properties after a certain period of time, mostly due to high temperatures, these properties remain within usable limits for long enough.

So why not? 

Why should a vehicle with a magnetic motor have the problem of constantly filling its tank with gasoline, diesel, electricity, or even my favorite fuel, hydrogen? 

Why not produce cars that run on magnetic energy that can be sufficient for a long time without the problem of energy storage?

I know it is very expensive today, but I think the cost problem is a problem that can be solved if enough work is done on it.

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Germany, in particular, seems to be making state-wide investments in the use of magnets in large power plants and energy production in order to get rid of its dependence on Russia for natural gas.

GM, Chevrolet and Tesla are also working on magnetic motor vehicles.

As a leading country in technology, it is normal for Germany to work on large-scale magnetic power plants, but I can't help but wonder what we lack.

Should we also focus on this issue as a state strategy? 

What do you think?

Otherwise, we will have no choice but to buy the magnets produced by the Germans by paying the world's money, and with this mentality, our nose will never get rid of that stinking thing.

I think it would be very useful for us to start investing in the production of magnetic motors and, more importantly, super magnets before it is too late.

Look, in the range of 2021, I read a news article from the Anadolu agency that we also produced neodymium-iron-boron magnets in the laboratory environment, and I was very pleased that at least studies were being carried out on this subject. 

I think this study was conducted at the Black Sea University.

In other words, at least in the universities of our country, some self-sacrificing academicians are doing some studies on their own.

I hope that this issue will not remain at the level of a laboratory study and we will establish factories for magnet production as soon as possible, either with private sector or state investment.

This will pave the way for national investments in the large-scale magnetic power plants I mentioned above.

Let me end this article by saying that I do not want to lose hope, we can succeed if we want to.

Love and respect to everyone from Moscow.